Light emitting diode illumination system

1. A light emitting diode illumination system including the economic and convenient fabrication of variable length illumination segments separable from a common printed circuit board comprising, in combination: a printed circuit board in a rectangular configuration having a front face and a back face and equally spaced longitudinal score lines with opposing V-shaped cross sections to allow the board to be broken into segments by a user to fit a particular application and variably spaced lateral score lines with opposing V-shaped cross sections to allow the board to be broken into segments by a user to fit a particular application; short printed circuit board segments with electrical elements coupled to the front face, the electrical elements including two light emitting diodes and a plurality of resistors and a zener diode 34 with an associated capacitor and a plurality of associated rectifying diode for converting AC to DC and two pair of electrical contacts either pair capable of coupling the electrical elements to a source of electrical potential and electrical leads on the back face coupling the electrical elements to illuminate the light emitting diodes with minimum current while generating minimum heat; intermediate short printed circuit board segments with electrical elements coupled to the front face, the electrical elements including four light emitting diodes and a plurality of resistors and a zener diode with an associated capacitor and a plurality of rectifying diodes for converting AC to DC and two pair of electrical contacts either pair capable of coupling the electrical elements to a source of electrical potential and electrical leads on the back face coupling the electrical elements to illuminate the light emitting diodes with minimum current while generating minimum heat; and long printed circuit board segments with electrical elements coupled to the front face, the electrical elements including six light emitting diodes and a plurality of resistors and a zener diode with an associated capacitor and a plurality of rectifying diodes for converting AC to DC and two pair of electrical contacts either pair capable of coupling the electrical elements to a source of electrical potential and electrical leads on the back face coupling the electrical elements to illuminate the light emitting diodes with minimum current while generating minimum heat.

2. A light emitting diode illumination system comprising: a printed circuit board having score lines allowing the board to be broken into segments by a user; and a plurality of printed circuit board segments with electrical elements, the board including light emitting diodes and a plurality of resistors and a zener diode with an associated capacitor and a plurality of associated rectifying diodes for converting AC to DC and two pair of electrical contacts either pair capable of coupling the electrical elements to a source of electrical potential to illuminate the light emitting diodes with minimum current while generating minimum heat, each of the printed circuit boards is in rectangular configuration having a front face and a back face and the score lines are equally spaced longitudinal score lines with opposing V-shaped cross sections.

3. A light emitting diode illumination system comprising: a printed circuit board having score lines allowing the board to be broken into segments by a user; and a circuit board having a plurality of printed circuit board segments, each of the circuit boards having a rectangular configuration with each having a front face and a back face and the score lines are equally spaced longitudinal score lines with opposing V-shaped cross sections with electrical elements including light emitting diodes and electrical contacts.

4. A light emitting diode illumination system comprising: a printed circuit board having at least one printed circuit board segment with electrical elements including at least one light emitting diode and at least one resistor and at least one zener diode with an associated capacitor and at least one associated rectifying diode for converting AC to DC and two pair of electrical contacts either pair capable of coupling the electrical elements to a source of electrical potential to illuminate the light emitting diodes with minimum current while generating minimum heat, with the circuit board having a front face and a back face and the score lines are equally spaced longitudinal score lines with opposing V-shaped cross sections.